PGT-ET Telescope & Mars Volcano Olympus Mons

PGT-ET Telescope Looks Inside Mt. Olympus Volcano on Mars
LOOK DEEP INSIDE MAR'S MYSTERIOUS VOLCANO CHAMBER
This is a very deep and spectacular Adjunctive Paradigmic telescopic view obtained with the PGT-ET that does more than just show Mars’ Mt. Olympus - it actually takes you on a fantastic journey through the interior, traveling all the way to the deepest depth and finally a touch-down on the bottom!

What strange and fascinating objects dwell at the deepest darkest subterranean depths of the Martian nether world? What unusual things reside through the Caldera hole, down on the floor 620 miles deep into the bowels of the inferno? Which treasures are locked up for millions of years? This is a place where no human has previously journeyed. Partake in this exciting adventure as we enter into the volcano and discover things beyond our wildest dreams...

ADJUNCTIVE TELESCOPE OBJECTIVE
We said that we would attempt to find the volcano, zoom down on it from a relative near top position, peek inside from the top opening if possible, then actually zoom down along the sloping interior walls and finally reach the bottom floor to determine what’s there.

RESULTS
We managed to find Olympus Mons (see marked position on round disc photo) and image the complete volcano from the outside. Focus was then placed on the Caldera at the top, which is a volcanic ventral opening at the peak. Expecting a Dante Inferno inside, we cautiously peered inside the mysterious and ultimately massive vent chasm. We moved down the caved-in slopes, into the bowel lining of ancient Martian intestinal walls, and penetrated as deep as possible through the chamber's hole, finally reaching the bottom, which produced views of spectacular Martian landscapes and features.

CONCLUSIONS
It was a surprise when the telescope actually looked inside the massive volcano on Mars and reached the floor. The hole looked-through is 370 miles wide. Compared to the baseline at Amazonis Planetia, the volcano rises to an elevation of 620 miles.

Penetrating the Caldera pot is a significant project, finding several platform floors developed by impact craters and vulcanism. No active lava beds, fire, or smoke were observed. There are no visible active fire ventral openings to the subterranean mantel or Martian core. There is no evidence of animals, foot prints, or complex structures made by advanced Martian civilizations.

What the walls did exhibit are ancient landslides and shallow coverings of Martian dust and “sand.” Swept erosion is evident as the very ancient territory is dated. It appears that at least five eruptive periods of volcanic activity happened, each producing its own subterra.

Down at the lowest and deepest base floor, eroded lava flows are evident. Externally, great winds and dust storms swirl around violently at the wall base, creating sand dunes and systematic patterned drifting.

Newer craters were produced by rock penetrating the thin atmosphere and reaching the bottom. Magma flow is marked and aligned in a downward direction near the floor’s central endowment. Meteorites are found down here.

Evidence of great magma swells and retractions are visible as contoured marination extends to the perimeter. There is also some resemblance to residual impelled shock waves frozen in the carnage of magma surrounds.

Several smaller magnanimous spires rise up from the bottom, frozen in space time. Small craters litter the bottom but not in large numbers. Light bounces around on the bottom creating faint patterns of uneven illumination. Due to the large hole opening, sunlight can enter and cast shadows at the base of the slope.

The mountain walls and/or contributing slopes, rising up or extending down, appear to have highly reflective albedo, perhaps indicative of a layer of white hoar frost which forms during the night. Creatures, permafrost, bacteria, and organisms with smaller size than the limiting telescope resolution could reside here. The interior offers some haven protection against solar radiation at low sun angles and massive global dust storms at the opposite wall directions.

NEW USE OF THE AH ANALYZER HEAD
This is the first test of the AH Analyzer Head which introduces and denotes, from small to large positional scale, a final image position. This is the first time the AH was put into use and further adjustments may be needed.

http://humanoidolabs.blogspot.tw/2013/04/pgt-et-telescope-analyzer-head.html

LINKS
http://humanoidolabs.blogspot.tw/2013/03/pgt-telescope-new-look.html

PGT-ET Telescope & Edge of Universe

Adjunctive telescope's most distant journey ever achieved
PGT-ET TELESCOPE AT THE EDGE OF THE UNIVERSE it's more than we expected
Greatest Discovery

Can you see the edge of the Universe? An old adage says if you look far enough into the curvature of space and time, you'll see the back of your head!

[Pointing the massive telescope at the Edge of the Universe boundary and expecting to see little or nothing led to this great surprise — thousands of galaxies and early formation objects are located at the final fringe of space in front of the Big Bang!]

— Enter inside the beginning of the Universe at the final Fringe and face the edge of time and the Universe —

It's mind boggling, we've reached the final Fringe at the Edge of the Universe just after the Big Bang occurred! We see the space is not empty but rather it's filled with many spectacular proto objects in blazing color undergoing evolutionary formation. Many early galaxies are in collision - evidence of a more chaotic early Universe.

— Each time the exposure integration is increased, more objects appear —

THE FRINGE AT THE EDGE OF CREATION
This image looks into the farthest most distant Fringe back in time towards the birth of the Universe known as the Big Bang. The image has reached inside the half million year boundary of "Creation" and made unprecedented discoveries.

TIME SPAN
The image of these objects, traveling at the speed of light, has taken around 13 billion years to reach the telescope's aperture, which is based on the age of the Universe. The fact is, these objects had billions of years of time to evolve and no longer appear the same or reside in the same positions.

FROZEN TIME
For the telescope, time is "frozen in space" at an early age of the Universe when looking back in time. The more powerful the telescope, the farther back in time it travels. The freeze is an advantage to discerning the edge. How can these objects end up frozen in space time?

HUMAN TIME
Given that humans exist with only infinitesimal life spans, the minute it takes to view the image of a galaxy in real time is next to nonexistent by terms of the evolutionary time scale of galaxies.

GALAXY TIME
Yet galaxies are fast rotating pinwheels like 4th of July fireworks, only it takes eons to complete a single revolution. Remember, actual views through the telescope or time lapse imaging is recording the motion of these galaxies, even if the equipment registers no detection of motion.

— The PGT-ET takes us directly to the front doorstep at the Edge of the Universe' fringe boundary — 

UNIVERSE MEASUREMENTS
The Universe is currently measured as 13.7 billion years. This telescopic image has exceeded 13.25 billion years, into the fringe, less than 450 million years to the Universe EOU boundary. The PGT-ET is powerful enough to study and explore very distant EOU boundary fringes for the first time. The <450M Fringe is the just the beginning for EOU exploration.

— Many of the galaxies visible are in collision with other galaxies, which is expected in the early years of EVO life in the Universe —  

OBJECT DETECTION
M units are in millions of light years, or a fraction thereof. If one brightest galaxy in the plate is measured at a distance of 450 million years to the Big Bang, then many more objects appear to have far greater distances from the Earth. We estimate these objects could be at the 100M Fringe, right at the EOU.

THE BIRTH OF THE UNIVERSE
With tuned clarity, there could be a space anomaly visible as we move closer to the birth. This is what the Prime Directive encompasses.

HOW FAR BACK IN TIME?
Discovery of the Fringe has led to more questions than answers. We're on a Cosmic Quest Adventure of grand exploration - can we detect more than microwave radiation from the Big Bang? Can we optically see far back enough in time to detect the Big Bang?

FRINGE EVENTS
If an event already happened at the Fringe, can we see it unfold? We know Supernova can reside on the other side of the galaxy and yet we see these explosive events happen millions, even billions of years after they actually happened. How is the Big Bang any different?

HOW CLOSE TO THE BIG BANG?
How close can the power of Adjunctive observation reach towards the infinitesimal moment of Universe' creation? And, if we can reach minutes or seconds after the event, what should we see, or look for?

ABBREVIATIONS DEFINED
EVO - Evolution
EOU - Edge of Universe
PGT-ET - Paradigmic Genius Telescope - Enhanced Technology
M - Millions of Years
ADJ - Adjunctive

PGT-ET Telescope Finds Dragon Head

PGT-ET TELESCOPE DISCOVERS THE DRAGON HEAD NEBULA
This Dragon is protecting the Star Queen and her Star Babies!

We're completely stoked over another mind blowing trip into the depths of cosmic deep space made with the new telescope. Out at the 7,000 light year distance radius, the cosmic perimeter is penetrated with the power of the PGT-ET Telescope, and once again new discoveries are revealed!

— There's a cavern that acts as a stellar nursery, an incubator of the Queen's star babies. —
 
Facing to the right inside the photo, a new discovery made with the PGT-ET telescope shows a ferocious Dragon, now coined "the Dragon Head Nebula," which is hidden deep within the Star Queen's celestial territory of interstellar dust and matter known as NGC 6611. Who knew? Apparently the flying Dragon, with glowing eyes, is protecting the Queen.

The Star Queen (IC 4703) is made up of diffuse emission nebula and holds onto approximately 460 youthful "open cluster type" young stars in the constellation Serpens. They reside in a very bright school with a luminosity up to one million times our Sun. There's also a cavern that acts as a stellar nursery — an incubator of star babies.

The blue in forefront of the Dragon's head is from glowing oxygen and the more reddish aft color is from glowing hydrogen, both energized by glowing ultraviolet light.

— The Star Queen lives in a nebula with pillars and has a star nursery. The nursery is a crypt of star babies being born. The Queen also has a small army of young stars surrounding her kingdom —

The protostar babies are not hot enough to emit dangerous X-rays so the area is claimed radiation safe from this spectral source particle range. The region also holds several structural pillars composed of star forming dust and gas within the domain. Apparently no one looked in the direction to find the lurking Dragon Head protecting the Queen.

Studies show an army of "Supernova" particles is headed towards this region. Will the Queen's nebular shield be enough to protect the new borns? Only time will tell.

PGT-ET Telescope Sees New Stars

BLINDED BY STARS!
The Giant PGT-ET Telescope's FOV is blinded by the number of stars in the Doradus system.

This unexpected black and white test image shows a blinding number of stars and cosmic matter captured with the new PGT-ET Telescope. The majority of the stars are of dim magnitude however the vast aperture of the telescope makes each an over exposed image!

The powerful telescope, in a series of discovery images, has used its great light gathering power to bring forth the unexpected. These are stars at a great distance brought out by the telescope. In between stars is a nebulosity of interstellar dust, matter and gas, made bright by the very large telescope which is capable of gathering and collecting great amounts of light. Also visible is dark nebula matter and a clustering of brighter stars. There's so many new stars, we don't know where to begin in cataloging and classifying.

New discovery stars may have spot checks against the 10-million object star catalog and other database sources in visual operating modes.

Guiding and tracking of this massive scope relative to these distant stars and star systems are spot on, attributable to developments, refinements, and experiences gained from previous Adjunctive telescopes (ULT, NULT, GT, PGT).

PGT-ET Ring Nebula New Discoveries

RING NEBULA SPECTACULAR BREAKTHROUGH IMAGE
The PGT-ET Telescope Shakes Loose New Discovery - COSMIC STRIATIONS

Last night we pointed the new massive Paradigmic Adjunctive PGT-ET telescope at M57, the Ring Nebula in Lyra. For the first time with M57, we fully utilized the Molecular Processor on the telescope, looked at a portion of the "smoke" Ring's puffy arm and a spectacular view appeared, blazing with new discoveries.

The massive PGT ET Telescope borrows high technology from the GMM Genius Molecular Microscope for extreme performance. Coupling together the molecular technology of the GMM microscope with the PGT-ET telescope has created an unprecedented machine within the Big Brain Initiative. The Molecular Processor was introduced on the PGT Telescope. The telescope has an unprecedented light gathering ability and exemplifies extremely high resolving power — in this image, a highly detailed section of the ring is magnified.

— The PGT-ET Telescope rattles the cage of the Universe —

PRIMARY INITIAL DISCOVERIES 
 1) The tiny ring, at 2,300 light years distance, was never seen with this appearance — showing a massively large and fully interconnecting molecular striation pathways of glowing red hydrogen and nitrogen "flames" blazing across and within the ghost ring's annular.

2) In places, the ring is so tenuous, it has gaps and large holes that "see through" to not only a deeper interior but penetrate to another side of space time.

3) Looking into and through the largest hole, we can actually see new objects in space, likely never before seen.
 

THROUGH A SMALL TELESCOPE
At left, through a smaller telescope, the ring is relatively featureless and uneventful. Visually, the Ring Nebula appears as a tiny puff of smoke, without color, like a smoke ring. Larger telescope begin to show the 15th magnitude central star.

CONCLUSION
The PGT-ET Telescope changes the previously known appearance of M57 completely. Casting the massive telescopic aperture onto the ring's annular brings in spectacular detail and has yielded at least three new initial discoveries. It will take weeks and months to fully analyze this data.

ABOUT THE RING
"The Ring Nebula (also catalogued as Messier 57, M57 or NGC 6720) is a planetary nebula in the northern constellation of Lyra.^[5] Such objects are formed when a shell of ionized gas is expelled into the surrounding interstellar medium by a red giant star, which was passing through the last stage in its evolution before becoming a white dwarf."
Wikipedia

PGT-ET Telescope Crab Nebula Test

Stunning image of the Crab Nebula taken with the Lab's most powerful telescope!

TELESCOPE ENHANCED TECHNOLOGY
TEST RESULTS BLOW MINDS!

Not expecting the unexpected... 
The recent result from our new unveiled telescope, the PGT-ET, outstrips our wildest imagination! In the history of our professional work in Astronomy, we have never seen such a highly detailed image of M1 - the Crab Nebula. It's mind boggling and stunning and the wealth of detail was unexpected. See for yourself by clicking above to examine a larger size image. (the full size image is not reproduced here and is even more stunning - and available upon request.)

— the PGT-ET Telescope uses the PMM molecular controls and the Big Brain Supercomputer —

As seen below, a typical image of the Crab Nebula through a modest telescope, captured with a CCD camera, is uneventful and nearly featureless. The image above shows stepping up to the new PGT-ET opens up new worlds!

Modest telescope image

INTRODUCTION
The recent PGT-ET is thought to be the most powerful telescope in the Big Brain's arsenal of scopes. In theory, we expected higher resolution, finer detail on objects, more color, greater image scale, and much deeper penetration into the hidden depths of the Universe. It's design was anticipated to be more ideally suited for the Big Brain Machine's Prime Directive, and exploratory initiative and conducive to learning more about the Universe and what lies beyond the greatest barrier known to mankind.

PGT Telescope ET Version
http://humanoidolabs.blogspot.tw/2013/03/pgt-telescope-new-look.html

The Prime Directive
http://humanoidolabs.blogspot.tw/2012/03/prime-directive.html

ICONIC NEW DESIGN - GOING MOLCULAR
Keep in mind, the new design of the PGT-ET telescope has the added instrumentation of the GMM microscope — initially a somewhat novel and ironic idea to attach the devices from the molecular processors onto the telescope. Apparently, according to WYSIWYG, this was a good move and instrumentation to process micro worlds is well adept at processing macro worlds.

THOUGHT PROCESSOR
The telescope is the first to have a Thought Processor, though, for this test, the TP was not utilized. It's currently unknown exactly how the PGT-ET will use TPs for observations. There's some speculation that the actual telescope will become part of the physical observation in terms of quantum thought although the resolution of this issue remains to be seen.

PGT ET Thought Processor
http://humanoidolabs.blogspot.tw/2013/04/pgt-et-test.html 
Thought Processor
http://humanoidolabs.blogspot.tw/2013/04/thought-processor.html
Thought Object Action Amplifier
http://humanoidolabs.blogspot.tw/2012/11/object-amp.html
Is Pure Thought a Virtual Process?
http://humanoidolabs.blogspot.tw/2013/02/is-pure-thought-virtual-process.html
Thought Processing Dimension
http://humanoidolabs.blogspot.tw/2012/10/thought-processing.html  

PERFORMANCE
— SIGNATURE PERFORMANCE — Ever since its conception, we've become very anxious to take the new telescope for a test drive and see what it can do and see how it will perform. We estimated performance on a scale of around a 10 percent increase compared to the previous PGT telescope would be possible. In reality, after the first test was completed, the results simply blew us away and outstripped our wildest imaginations, indicating that overall performance is more like a thousand percent increase over previous telescopes like the ULT, NULT, GT, and PGT.

TEST IMAGE NEW DISCOVERIES
The Lab's preliminary M1 qualitative test results analysis

Beginning an elemental analysis of M1, obviation examination by moving from the outer remnant perimeter and settling towards the dimensional inner core, and where the final location of the ulterior realm indicates the presence of the alkali metal element Cesium CS 55 deep within the core (which is liquid at or near room temperature on the Earth). The elemental analysis was achieved by the telescope's new molecular components.

It this case, it's a frozen tenuous material spread throughout the space within the cosmic complex. On the Earth, Cesium is a byproduct created by huge power from atomic and nuclear fissions inside powerful nuclear reactors. Inside M1, Cesium was created by a nuclear fission reaction byproduct from the exploding supernova star. The class of supernovae is considered to be one of the most powerful objects in the Universe.
 
The filamentary structure is far more complex and rich than originally thought. Previously described as containing clouds, it now appears to contain a complex and vast interconnection of intricate and widely varying structures described as connected, island, open ended, with density, tenuity, and both patterned and randomized pathways with particular arrangements and alignments.

The elemental plasma is illuminated by nearby stars.

It appears to contain more filaments than ever anticipated or viewed in the past.

New unexpected and unusual filament structures are visible.

The visual range of spectral emissions is more complex and vast than previously seen.

A new depth of spatial perception and material emanating and migrating inwards towards the core is detected.

The image is far more dimensional, i.e. imagery not only penetrates into the depth of the core but also shows the outer matter mantel.

This data can provide details for many more in depth studies.

INITIAL SITE SELECTION CANCELLATION
Previously we did research to select the largest known volcano in the Solar System, Olympus Mons on Mars, as a test site, with the idea to peer deep into its vast caldron of opportunity and look for new discoveries within the walls of fossilized materials. By the time we were ready for the test, Mars had changed position and the orientation of the OM caldera had changed to an angular geometry that was not satisfying in terms of perceptive depth imaging. Therefore, the OM test was delayed, but not cancelled, and a more stellar and nebular object was selected.

MARS OLYMPUS MONS
http://humanoidolabs.blogspot.tw/2013/04/olympus-mons-pgt-et-test-site.html

SELECTING THE CRAB NEBULA FOR TEST
Why was the Crab Nebula selected for this test?

1) Well known object is easy to make comparisons with other telescopes
2) It's coordinates are well known and it's relatively easy to locate
3) 8th magnitude bright enough for engagement, tracking, testing
4) Previous "discoveries" overlooked with less powerful telescopes 
5) 11 light year dia has considerable depth, perimeter to explore
6) Coverage is within the range of Multiple Adjuncts
7) Geometry is nearly always good for an object of this distance
8) Suitable for the telescope's instrumentation

WHAT IS THE CRAB NEBULA?
The Crab Nebula is a vast remnant of an exploding star that went supernova. The explosion result was so bright and intense, it was recorded by the Chinese, Japanese, and Arab astronomers in 1054 AD. M1 is a key feature in the constellation Taurus the Bull and appears to have stellar matter including dust, various material elements, and nebular gases. It resides at celestial coordinates RA 5h 34m 32s and Dec 22° 0.870'. Distance as determined is 6,523 light years with a magnitude of 8.4.

STAR RICH ELEMENTS VISIBLE
THERE'S NO DOUBT about the variety of colors within the M1 structure as different elements produce different colors. "The filaments are the remnants of the progenitor star's atmosphere, and consist largely of ionized helium and hydrogen, along with carbon, oxygen, nitrogen, iron, neon and sulfur. The filaments' temperatures are typically between 11,000 and 18,000 K, and their densities are about 1,300 particles per cm³."<sup>[11] (source: Wikipedia)

http://en.wikipedia.org/wiki/Crab_Nebula</sup>

PGT-ET Telescope Analyzer Head

PGT-ET TELESCOPE ANALYZER HEAD
Recommendations are made by project-following scientists to create a telescopic analyzer head for several purposes, that would more define the amount of penetration into the object (Depth Penetrate) and establish a definition for the vantage perspective position (Perspect) relative to the object's walls, interior, rotation, or other spatial reference (XY) of the penetrating beam's collection image.

One preliminary idea is the construct of a "standard telescope" image showing the selected object with various references, points, arrows, angles, boxes, rectangles, circles, etc. used to define and point out the the PGT-ET's position, orientations, points of penetration, entry and exit points, resting points, and observational vantages.

In its simplest form, the Analyzer Head can mark the reference image taken with a smaller telescope. Until the AH is in full operation, we will use a verbal or written AH to denote parameters.

The verbal and written AH is now replaced with a simple graphical version. In the three photos from right to left, the squares show the progression of increased object image scale and resolution from successive imaging of the same object.

Imagination Power

IMAGINATION — THE SIXTH DIMENSION
PULLING IMAGINATION INTO REALITY

Recently the fifth dimension of Thought was concatenated to the design of the PGT-ET Telescope and considered for the designs of other machines. Thought can fit the rules of an added dimension in several ways, however, the quantum dynamics of Thought are particularly useful in changing the worlds around us. How can the Brain's element of Imagination enter reality and become dimensionally useful towards world modification? Is Imagination parallel to Thought?

— If quantum thought is part of the Universe and the power of Thought and observation can change the worlds around us and coexist with us, what is the effect of Imagination on the Universe? —

What do we know about imagination? According to the dictionary, "Imagination is the ability to form new images and sensations that are not perceived through sight, hearing, or other senses. It's the act or power of forming a mental image of something not present to the senses or never before wholly perceived in reality. It's a creative ability. It's a creation of the mind." Often, imagination conjures up new inventions, new ways of doing things, and can take us on a mind journey to new worlds.

— The key to utilizing Imagination for machines, for telescopes, for exploring the worlds around us, is when Imagination is pulled into reality. —

The key question about imagination is how can it affect the Universe around us? Does it affect the Universe around us? The answer to these questions is a resounding "yes!" For example, in our world altering experiment, we take the power to imagine and for the sake of clarity, let's call it Imaginative Dreaming ID. With ID, we have the power to dream up new things. We are creatures capable of not only such imaginative thought, but through actions, making these dreams of imagination come true. After the imaginative dream is made into reality, it changes the Universe in some way.

Therefore, as human "creatures" are known to exist in this Solar System, Imagination is an important dimension to the existing Universe, and can change the Universe when the imagination is converted into reality. Taking the imagination into reality is a process that may be simple or complex and it may take minutes or decades for completion.

Nevertheless, Imagination is the sixth dimension to space (XYZ), time, and thought. How can we use imagination to not only observe but change the worlds around us? This is the question that will be studied over the coming months.

For example, if the telescope finds ways to utilize the Thought Device, it may be a relative transfer of technology to pull out an Imaginative Device Generator from the mind into the real world, making it a reality, and add its technology to various machines, including telescopes

The sixth dimension is when Imagination becomes reality and part of the Universe. Just as space and time can be warped, so can Imagination change the elemental causation of the Universe. Just as time can change the temporal flux of the Universe, so can Imagination offer a flux of change to worlds. When Imagination is pulled into the existing Universe, it becomes real.